Garments are often made from a blend of different fibres in order to improve fit, style, comfort and longevity. As yet no commercially viable separation and recycling technologies are available in the industry for the most popular blends such as cotton and polyester blends. This project has develope.....
[更多]
 |
 |
This project developed a novel bioprocess which makes use of textile waste for the sustainable production of different value-added products, such as glucose, synthetic fibre, bioplastics, bio-chemicals and bio-surfactants.The process consists of pre-treatment, enzymatic hydrolysis and melt-spinning......
[更多]
 |
This project explored a textiles dyeing process using organic solvent as a major dyeing medium. The process could significantly reduce the consumption of large amount of water and chemicals as in traditional aqueous dyeing process. Besides, the organic solvent could be recycled and reused. The proce.....
[更多]
With an increasing demand of wearable displays, various devices such as LED, OLED and optical fibres have been integrated into clothes. However, their high energy consumption and rigidity limit the applicability of various light-emitting devices in textiles. This project has developed a sustainable .....
[更多]
 |
The newly developed fabric sensor pad can detect fetal movement automatically in a non-invasive manner. It is able to enhance fetal care by monitoring fetal health and screening abnormalities with quantitative measurements. The innovation of the wearable/waterproof/radiation free monitoring belt is .....
[更多]
| [1] [2] [3] [4] | -> >| |
